M
Mike Miles
Guest
Alright, so this is a question for my mechanical engineer brethren, or you material scientists, or
anyone else who deals with metals and metal alloys.
I've found an article here <http://www.key-to-metals.com/ViewArticle.asp?ID=23> that states: <snip>
system develop the highest room-temperature tensile properties of any aluminum alloys produced from
conventionally cast ingots. <snip>
Why, then, is a bike like the GF Tassajara (which I am going to buy), made from 7005 aluminum, is
less expensive than the same frame in 6061 T6 aluminum (the GF Hoo Koo E Koo). I know the components
play a difference, but that shouldn't account for an almost $200 price change. What gives?
-Mike
anyone else who deals with metals and metal alloys.
I've found an article here <http://www.key-to-metals.com/ViewArticle.asp?ID=23> that states: <snip>
system develop the highest room-temperature tensile properties of any aluminum alloys produced from
conventionally cast ingots. <snip>
Why, then, is a bike like the GF Tassajara (which I am going to buy), made from 7005 aluminum, is
less expensive than the same frame in 6061 T6 aluminum (the GF Hoo Koo E Koo). I know the components
play a difference, but that shouldn't account for an almost $200 price change. What gives?
-Mike